0.6uA Voltage Detectors with Improved Accuracy
The XC6127N27FNR-G utilises a newly revised internal circuit which offers improved Temperature Characteristics (±50ppm/degC) and higher accuracies with a tolerance of ±0.8% now standard.
The XC6127N27FNR-G integrates a precise internal delay circuit and the standard release delay time period is set at 100ms ±15%. Additional delay time options in a range from 50ms to 800ms are also available upon request.
With a dedicated Manual RESET input and ultra low power consumption, only 0.6μA in operation, the XC6127N27FNR-G is ideally suited for monitoring a wide range of microprocessors, in all types of battery powered applications.
The XC6127N27FNR-G can be configured as Detect Low RESET output or Detect High. It is also readily available with either an N-channel open drain output or a CMOS output.
The USPN-4 package, measuring only 1.2mm x 0.9mm x 0.4mm, comes as standard, making the XC6127N27FNR-G one of the smallest solutions on the market today. However, Torex also offers the XC6127N27FNR-G in the SSOT-24 & SOT-25 packages if required.
Features:
• Highly Accurate: ± 0.8% as standard• Low Power Consumption: 0.6 µA (TYP.) [ VIN=1.62V ]• Detect Voltage Range: 1.5V ~ 5.5V (100mV increments)• Operating Voltage Range: 0.7V ~ 6.0V• Release Delay Time Options: 50ms,100ms,200ms,400ms,800ms• Output Configuration: N-channel open drain or CMOS output
